Difference between revisions of "DEWBOT XVI Shooter Arm"

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(Concept Development)
(Concept Development)
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==Concept Development==
 
==Concept Development==
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Our first step was defining the possible geometry of the arm.  A 5-Power Cell linear magazine required at least 35 inches of magazine length.  Chassis length and width can be manipulated (within the limits of the perimeter rules). to help everything fit.
 
<gallery widths=375 heights=375 perrow=2>
 
<gallery widths=375 heights=375 perrow=2>
image:DB16_Build_20200110-3.jpg|
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image:DB16_Build_20200110-3.jpg|Overall configuration with major dimensions labeled
 
image:DB16_Build_20200110-4.jpg|
 
image:DB16_Build_20200110-4.jpg|
 
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<gallery widths=750 heights=375 perrow=1>
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image:scratchpad_20200109.jpg|
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Here is the actual [[media:scratchpad_20200109.xlsx | worksheet]].
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[[Category:DEWBOT XVI]][[Category:Engineering]]
 
[[Category:DEWBOT XVI]][[Category:Engineering]]

Revision as of 14:34, 11 January 2020

The Shooter Arm design concept comprises an arm containing a 5-Power Cell (7" foam ball) magazine with a 2-wheel shooter at the end. The arm also includes the switch-climbing and spinner mechanisms. The Shooter arm can be lowered to allow easy trench passage.

Key Performance Requirements
  • 5-Power Cell magazine capacity
  • Jam-free feed of Power Cells into magazine and to shooter
  • Must allow rapid, easy transit through Trench
  • Must be able to score in Outer (preferably Inner) Goal from Trench zone
  • Rapid fire (>1 shot/sec)
  • Must fit within starting perimeter & height
  • Arm elevation must remain static when robot is unpowered
  • Must load Power Cells from Human Player Station
  • Must be compatible with floor pick-up of Power Cells
  • Must accommodate Hanging mechanism for Generator Switch (and leveling mechanism?)
  • Should accommodate Control Panel spinner

Concept Development

Our first step was defining the possible geometry of the arm. A 5-Power Cell linear magazine required at least 35 inches of magazine length. Chassis length and width can be manipulated (within the limits of the perimeter rules). to help everything fit.

Here is the actual worksheet.